10 Angstroms is dedicated to bringing innovative systems and equipment to the nanotechnology R&D market. The company provides both sales representation and service for advanced instrumentation companies.
The CSpace Volumetric Imaging System (static volume display technology) is the company's flagship technology that is being rapidly developed. CSpace uses a clear volumetric image space within which invisible nano-size up-conversion material is dispersed. A volumetric 3D image is rendered when invisible laser beams are precisely directed into the image space, exciting the nano-materials to emit visible light and thus display a full color, volumetric image.
The company is commercializing novel instrumentation and services for rapidly and comprehensively conducting high-throughput nucleotide sequencing, with specific application to the sequencing of whole genomes and ultra-deep sequencing of target genes.
Providing complete solutions for optical and thin film processing needs including miniature optical components and assemblies; design and manufacture custom vacuum systems and assemblies; unique thin-film deposition and etching techniques.
With expertise in advanced materials R&D, technology and software development, and industrial process development, Accelergy is providing research and development capabilities and the process of advanced materials commercialization for the energy markets.
Accelr8 Technology Corporation is a developer of innovative materials and instrumentation for advanced applications in medical diagnostics, basic research, drug discovery, and bio-detection. Accelr8 is developing a new diagnostic platform, the BACcelr8r™, based on its proprietary surface coatings, assay processing, and detection technologies.
Accium offers laboratory services based on its Accelerator Mass Spectrometry platform used to detect 14C/12C ratios which provided 1,000 times more sensitivity than the most sensitive method available today such as LC/MS. It is now possible to trace biomolecule delivery in healthy subjects with low attomole sensitivity.